JPH0320903A - Guide light apparatus - Google Patents

Abstract

PURPOSE:To make a main body thin and facilitate the maintenance of batteries by arranging a blink control unit and a guide sound control unit at the lower section in the main body, and arranging batteries between inside plates and removable outside plates of the right and left side sections. CONSTITUTION:A main body 31 is formed into a nearly rectangular parallelepiped box shape with an opening section 32 at the front section, and a translucent guide display panel 42 is provided on the opening section 32. A straight tube type fluorescent lamp 62 serving as a main lamp is provided to face the display panel 42, a xenon lamp 78 serving as a blink lamp is provided on the outer hull section of the main body 31, and a guide sound generating speaker 71 is provided in the main body 31. A blink control unit 87 controlling the lamp 78 and a guide sound control unit 86 controlling the speaker 71 are arranged at the lower section in the main body 31. The side sections of the main body 31 are constituted of inside plates 37 and 39 and removable outside plates 38 and 40, and batteries 111, 112 and 107 are arranged between inside plates 37 and 39 and outside plates 38 and 40.

Description

[Detailed Description of the Invention] [Object of the Invention] (Field of Industrial Application) The present invention relates to a guide light device that generates guide sounds and flashing lights in an emergency to guide evacuees to an emergency exit. , relates to the placement structure of electrical components such as batteries within the device body.

(Prior Art) An example of a conventional xenon flashing guide light fixture with an added guide sound will be explained based on FIG. 6.

The instrument main body 1 is shaped like a substantially rectangular parallelepiped box with an open front, and a guide display panel 2 is removably fitted into the front opening of the instrument main body 1. A side frame 3 is attached to the right side of the appliance main body 1 as shown in the figure, and this allows the interior of the appliance body 1 to be partitioned into a fluorescent lamp storage area 4 on the left side and a speaker storage area 5 on the right side. It is formed. A side plate 6 for locking the display panel 2 is detachably attached to the outer side surface of the instrument main body 1 in the left-right direction.

A fluorescent lamp 7, which is a main lamp, is removably installed between the left and right sides of the central portion of the fluorescent lamp storage section 4. Further, in the speaker storage section 5, a speaker box 8 for generating guiding sound and an audio unit 9 for controlling the same are disposed in the upper part, as well as a xenon lamp for generating flashing light and a xenon lamp for generating a flashing light. A xenon lamp power bar 10 covering the lamp is disposed at the bottom.

Note that the speech synthesis LSI constituting the speech unit 9 is capable of generating guidance speech in both Japanese and English, but the switch for switching between Japanese and English is
Conventionally, the switching operation was performed at the time of shipment from the factory, and the switch was placed in a position within the instrument body 1 that could not be easily operated during construction.

Further, on the upper surface of the fluorescent lamp storage section 4, a power terminal block 1l electrically connected to a commercial AC power supply, and a fire signal terminal block 12 electrically connected to an external fire detector. A lighting tube 13 for the fluorescent lamp 7, an induction sound charging unit 14, and a blinking control unit 15 for controlling the xenon lamp are provided. Furthermore, the fluorescent lamp 7 is attached to the side frame 3 within the fluorescent lamp storage section 4.
An emergency lighting unit 16 for use is provided.

Furthermore, a main lamp storage battery 21 which is a power source for the emergency lighting unit 16, a xenon lamp storage battery 22 which is a power source for the flashing control unit 15, and a power source for the audio unit 9 are provided on the lower surface of the appliance main body 1. It has a structure in which a speaker storage battery 23 is disposed. These storage batteries 2+, 22. 23 are different in number of cells, ie, size, shape, voltage, etc. Also,
The storage battery 21. 22. Reference numeral 23 is for replacing the device through the front opening of the instrument main body 1, which is opened by removing the display panel 2.

A speaker hole 26 facing the speaker box 8 and a xenon lamp hole 27 facing the xenon lamp power bar 10 are formed at the right end of the display panel 2 in the drawing.

Then, at all times, that is, when no fire is occurring, the fire signal voltage from the fire detector becomes energized, a relay (not shown) is energized, and the relay contact is switched to one side. As a result, the fluorescent lamp 7 is normally turned on by the commercial AC power source, and the guidance display panel 2 of the appliance main body 1 is illuminated to provide guidance display, and the storage batteries 21, 22. 23 is charged by a commercial AC power source via a charging circuit.

On the other hand, in an emergency such as a fire, the fire signal voltage becomes non-voltage, the excitation of the relay stops, and the relay contact switches to the other side regardless of whether the commercial AC power supply is energized or not. As a result, the fluorescent lamp 7 is powered by the storage battery 2l.
will be lit and a guidance display will be provided. Along with this, storage battery 22. 23, power is supplied to the audio unit 9 and the blinking control unit 15, respectively. Then, the guided sound signal is sent from the powered audio unit 9 to the speaker box 8, and the guided sound with a specified sound pressure is generated from the speaker box 8. In addition, the blinking control unit l5 supplied with power periodically charges and discharges a capacitor (not shown) to control the xenon lamp at a frequency of approximately 2Hz.
It blinks at the cycle of.

In this way, in the event of a smoky disaster, evacuation can be effectively achieved using light and sound guidance.

(Problems to be Solved by the Invention) By the way, from the design requirements of buildings, it is desirable that the appliance main body 1 be made as thin as possible. However, in the above-mentioned conventional structure, the flashing control unit 15 and the induction sound charging unit 14 are disposed on the top surface of the box-shaped appliance body 1, and the emergency lighting unit 16 and the sound charging unit are disposed on both sides of the side frame 3. Units 9 are arranged respectively, and each of these units 9. +4. 15. 16 were arranged separately, the storage space was wasted, and the main body 1 of the instrument became large. Also, fluorescent lamp 7
The heat generated by the unit 14 is more likely to be transmitted upward by convection within the appliance body 1, but since the blinking control unit 15 and the induction sound charging unit 14 are located above the fluorescent lamp 7, these units 14. There was a problem in that the temperature rise of the device 15 became high, and in order to improve heat dissipation, the device body 1 had to be made thicker in the front-rear direction. That is, it has been difficult to reduce the thickness of the device body 1 due to heat countermeasures and the like.

In addition, storage battery 21. 22. 23 must be inspected and replaced by removing the side plate 6 and display panel 2, and in addition, these storage batteries 21, 22. 23 is located on the lower surface inside the device main body 1, the storage battery 21.
22. There was also the problem that maintenance of 23 was inconvenient.

Furthermore, as mentioned above, there is also the problem that the switch for switching between Japanese and English guidance voices in the audio unit 9 cannot be easily operated during construction of the guidance light fixture.

The present invention aims to solve these problems, and a first object thereof is to provide a guide light device whose main body can be made thinner and whose battery can be easily maintained.

Furthermore, in this guide light equipment, the second purpose is to prevent the misuse of multiple batteries of different types, that is, the wrong connection, and the third purpose is to make it possible to easily switch the type of guide sound. That is.

[Structure of the invention]

(Means for Solving the Problems) In order to achieve the above first object, the present invention provides a device main body that is formed into a substantially rectangular parallelepiped box shape having an opening at least on the front surface, and a guidance display panel provided in the opening. a main lamp such as a fluorescent lamp provided in the device body facing the guidance display panel; a flashing lamp such as a xenon lamp provided in the outer shell of the device body; and a flashing lamp such as a xenon lamp provided in the outer shell of the device body; a speaker for generating guiding sound; a blinking control unit provided within the instrument body to control the blinking lamp; a guide sound control unit disposed within the instrument body controlling the speaker; In a guide light fixture that is detachably provided and includes a battery that serves as a power source for the main lamp, a blinking control unit, and a guiding sound control unit, the blinking control unit and the guiding sound control unit are disposed on a lower surface of the fixture body. Further, the left and right side surfaces of the instrument main body are constituted by an inner side plate and a removable outer side plate, and the battery is disposed between the inner side plate and the outer side plate.

Furthermore, the guide light apparatus of claim 2 is provided with a plurality of batteries of different types, and in order to achieve the second object, the plurality of batteries are arranged in a substantially box-shaped battery holder. The battery holder is removably fitted with directionality to the inner side plate of the device main body with screws passing between the plurality of batteries.

Further, the guide light device according to claim 3 is provided with a changeover switch that is connected to the guide sound control unit and switches the type of guide sound generated, such as the language of the guide voice, but in order to achieve the third object, The changeover switch is disposed in a unit cover that is fixed to the lower surface of the instrument body and covers the blinking control unit and the guidance sound control unit.

(Function) In the guide light fixture of the present invention, only the main lamp inside the fixture body is always lit, and the guide display panel at the opening of the fixture body is illuminated by the main lamp to provide guidance display. On the other hand, in the event of an emergency such as a fire, the main lamp is turned on using a battery as a power source, the flashing lamp is blinked by a flashing control unit that is powered by a battery, and the guidance sound control unit that is powered by a battery is used to induce sound from a speaker. A sound is generated, which guides the evacuee to the emergency exit. By the way, the heat generated by the main lamp is not easily transmitted to the blinking control unit and the guiding sound control unit located on the lower surface of the appliance body. In addition, when inspecting or replacing the battery, remove the outer side plate on the left and right sides of the instrument body, expose the battery located between the outer side plate and the inner side plate, and remove it.

Furthermore, in the guide light apparatus of claim 2, when a plurality of batteries of different types are installed in the apparatus main body, these batteries are arranged and fitted in a substantially box-shaped battery holder, and then the batteries are inserted between the plurality of batteries. After attaching the battery holder to the inner side plate of the instrument body using the screws passing through, attach the outer side plate. At this time, by fixing the battery holder and the plurality of batteries with directionality, misuse of different types of batteries is prevented. Also,
When removing the battery, first remove the outer side plate and the battery holder, and then remove the battery from the battery holder.

In addition, in the guide light device of claim 3, when switching the type of the guide sound, for example, the guide display panel is removed, and the blinking control unit and the guide sound are connected to the blinking control unit on the lower surface of the device body through the opening of the device body. Operate the selector switch on the unit cover that covers the control unit. Note that the unit cover also has the function of shielding heat radiated from the main lamp.

(Embodiment) Hereinafter, the purchase of an embodiment of the guide light fixture of the present invention will be explained based on FIGS. 1 to 5.

Reference numeral 31 denotes an instrument main body, and the instrument main body 31 has a substantially rectangular parallelepiped box shape with an opening 32 on the front surface, and is long in the left-right direction and short in the front-back direction. The main body 31 of the instrument also includes an upper plate 33 and an upper frame 34 constituting the upper surface, a lower plate 35 and a lower frame 36 constituting the lower surface, and a right side as an inner side plate constituting the right side in the figure. A frame 37, a detachable right outer side plate 38, a left side frame 39 as an inner side plate constituting the left side, a detachable left outer side plate 40, a back plate 4l forming a rear section, and the opening 32. It consists of a semi-transparent guidance display panel 42 and a speaker panel 43 that close the area. Furthermore, the inner side frame 44 located on the right side of the instrument main body 3l allows the instrument main body 1
Inside, a fluorescent lamp storage section 5 is partitioned on the left side, and a speaker storage section 46 is partitioned on the right side.

Each frame 34. 36. 3? , 39. 44
In each case, the cross-sectional shape perpendicular to the longitudinal direction is approximately U-shaped. Then, the upper and lower frames 34. Left and right frames 37 within 36. 39. Both upper and lower ends of 44 are fitted together and fixed with setscrews 51, 52, etc. The upper plate 33 and the lower plate 35 also have a substantially U-shaped cross section, but are fitted into the upper frame 34 and the lower frame 36 from the outside in the vertical direction, and are stopped at both left and right ends. screw 53
．． 54 or the like. Furthermore, both outer side plates 38. 39 has a substantially box-like shape with open sides, and is fitted into both left and right end portions of the upper frame 34 and the lower frame 36 from the outside in the left and right direction, and is fitted with a set screw 55. 56 or the like.

Further, the back plate 41 is fixed at both left and right ends to the rear surfaces of the right side frame 37 and left side frame 39 with set screws 57, respectively, and closes the rear opening of the instrument body 3I. Further, the speaker panel 43 is provided with set screws 58 on the front surfaces of the upper frame 34 and the right side frame 37 at the upper and right end edges, respectively. ．． 59 or the like, and closes the position of the front opening 32 of the instrument main body 31 facing the speaker storage section 46. Furthermore, the guidance display panel 42 has upper and lower and left end edges that are connected to the upper and lower frames 34, respectively. 36 and the front part of the left side frame 39 and the upper and lower surface plates 33. 35 and the front surface of the left outer side plate 4o. In this way, the guide display panel 42 closes the front opening 32 of the instrument main body 31 at a position facing the fluorescent lamp storage section 45, but is removable. Note that the speaker panel 43 also has its upper, lower, and right edge portions located within the front groove.

A lamp socket 6l is attached to the center of the left side frame 39 and the inner side frame 44, respectively, and a straight tube fluorescent lamp 62, which is a main lamp, is detachably connected between these lamp sockets 61. There is.

Also, within the fluorescent lamp storage section 45 and the upper frame 3
4, that is, below it, are arranged from left to right a lighting tube 63, which is a normal lighting circuit component for lighting the fluorescent lamp 62, a ballast 64, a power terminal block 65, and a fire signal terminal block. 66 are fixed to each other. Note that the cord that electrically connects the power terminal block 65 to the commercial AC power supply and the cord that electrically connects the fire signal terminal block 66 to an external fire detector are connected to the upper frame 34 and the upper surface plate 33. It is designed to be derived through the

Further, in the speaker storage section 46, a speaker box 72 is provided with a speaker 71 for generating induction sound.
is sandwiched between the right side frame 37 and the inner side frame 44 and fixed with a set screw 73 or the like. Incidentally, a guiding sound radiation hole 74 is formed in the speaker panel 43 facing the speaker 7l.

Further, a lamp socket 77 is attached to the speaker storage section 46 and the lower frame 36, that is, on the bottom surface thereof, via a mounting plate 76.
is detachably connected. The lower plate 35 and the lower frame 36 face the xenon lamp 78.
xenon lamp hole 79. 80, and a light-transmitting xenon lamp cover 81 that closes these xenon lamp holes 79, 80 is sandwiched and fixed between the lower frame 36 and the lower plate 35.

Further, a fire signal confirmation switch 82 is fixed in the lower frame 36 adjacent to the left side of the xenon lamp 78, and the operator of this switch 82 projects downward from the lower plate 35.

In addition, within the fluorescent lamp storage section 45 and the lower frame 3
6, a guidance sound control unit 86 for controlling the speaker 71 and a blinking control unit 87 for controlling the xenon lamp 78 are arranged side by side in the left-right direction. These units 86. Reference numerals 87 denote circuit boards 90 and 91 that are elongated in the left and right direction and are fixed to the bottom surface of the lower frame 36 by set screws 88 and 89, respectively, and these circuit boards 90. Various circuit components 92 mounted on 91.
It consists of 93.

Further, an inspection switch 94 for turning on and off the fluorescent lamp 62 is fixed in the lower frame 36 adjacent to the left side of the guidance sound control unit 86, and a string-like operator of this switch 94 is connected to the It protrudes downward from the bottom plate 35.

In the fluorescent lamp housing section 45 and in the lower frame 36, both units 86. 117 and the inspection switch 94 from above, a unit cover 96 is fixedly and removably attached. That is, the retaining piece 97 formed at the right end of the unit cover 96 is connected to the engagement hole 97 formed at the lower end of the inner side frame 44.
8, and a U-shaped piece 99 formed at the left end of the unit cover 96 is attached to a cut-and-raised piece +00 formed at the lower end of the left side frame 39 with a set screw 1.
It is fixed by 01.

Furthermore, a changeover switch 102 is fixed to the right end of the unit force bar 96, which is electrically connected to the guidance sound control unit 86 and switches the type of guidance sound. Specifically, this changeover switch 102 is for setting the language of the guidance voice to Japanese or English. and,
The operator of the changeover switch +02 is the unit cover 96.
It protrudes outward from the top surface of.

Furthermore, this frame 39 is located above the space between the left outer side plate 40 and the left side frame 39, and includes a
an emergency lighting unit 106 that controls the fluorescent lamp 62;
is fixed.

Furthermore, a fluorescent lamp storage battery 107, which is a power source for the emergency lighting unit 106, is fixedly disposed in the lower part of the space between the left outer side plate 40 and the left side frame 39. This battery 107 is detachably fitted and held in a metal battery holder 108 which is bent into a substantially box shape. The battery holder 108 is secured to the left side frame 39 by a screw 109 that protrudes outward in the left-right direction and passes through the battery holder 108, and a wing nut 110 screwed onto the screw 109. is detachably attached to the left side frame 39.

On the other hand, in the space between the right outer side plate 38 and the right side frame 37, there is a speaker storage battery +11 that is a power source for the induction sound control unit 86, and a xenon lamp storage battery that is a power source for the flashing control unit 87. 112 are fixedly arranged. These batteries III, 11
2 are removably fitted and held vertically in a metal battery holder 113 which is bent into a substantially box shape with one side open. The batteries I'll.
112 questions and screw 1 passed through battery holder 113
The battery holder IN is removably attached to the right side frame 37 by a butterfly nut 14 and a butterfly nut 15 screwed onto this screw 114 facing the battery holder 113.

Note that these battery holders 113 and right side frame 37
and the right outer side plate 38 are approximately equal in height. Further, the screw 114 is offset downward from the center of the right side frame 37 in the vertical direction.

Each of the batteries 107, 111. 112 are different in number of cells, ie, size, shape, voltage, etc.

In addition, within the appliance main body 31, a power terminal block 65, a ballast 64, an inspection switch 94, an emergency lighting unit 106, a lighting tube 63, a fluorescent lamp 62, and a storage battery 107 for the fluorescent lamp are installed.
In addition, the power terminal block 65 and the fire signal terminal block 66
, a fire signal confirmation switch 82 , a blinking control unit 87 , a xenon lamp 78 , a xenon lamp storage battery 112 , a fire signal terminal block 66 , a blinking control unit 87 , an induction sound control unit 86 , a speaker 71 , and a speaker storage battery 112 are electrically connected to each other via a cord (not shown) or the like. These codes are then used in frames 34, 36 . 37. :{9, Wired in a position that does not directly face the display panel 42, such as inside the unit cover 96. Especially speaker storage battery 11
1 and the xenon lamp storage battery 112, a connector (not shown) for the cord from the induction sound control unit 86 is wired from below between the right side frame 37 and the right outer side plate 38, and the blinking control unit 87
The connector (not shown) for the cord from is wired from above.

Next, the operation of the above embodiment will be explained.

As with conventional guide light equipment, only the fluorescent lamp 62 is normally lit by a commercial AC power source, and the guide display panel 42 is illuminated by the fluorescent lamp 62 to provide a guide display. Along with this, the storage battery 107,
111 and 112 are charged.

On the other hand, in the event of an emergency such as a fire, the electric circuit is switched in response to a fire signal, and the fluorescent lamp 62 is powered by the battery 107.
will be lit and a guidance display will be provided.

In addition, a guidance sound control unit 86 powered by a battery txt.
The guidance sound is generated from the speaker 7I.

Further, a blinking control unit 87 powered by the battery 112
As a result, xenon flashing light is generated from the xenon lamp 78. This will guide evacuees to the emergency exit.

By the way, the heat generated by the constantly lit fluorescent lamp 62 is less likely to be transmitted to the upper part of the instrument body 3I, and less likely to be transmitted to the lower part where the guiding sound control unit 86 and blinking control unit 87 are located. Moreover, since there is a unit force bar 96 between these fluorescent lamps 62 and the units 116 and 117 located below, this unit force bar 9
6, the radiant heat from the fluorescent lamp 62 is more reliably shielded. Therefore, damage to both units }86, 87 due to heat is prevented.

In addition, the complicated guidance sound control unit 86 and flashing regulation unit 87 are installed in the main body 3 of the instrument! It is disposed within the lower frame 36 on the lower surface of the unit 86. Since the wiring cord to 87 is not exposed, the shadow of the cholera cord etc. will not appear on the display panel 42.

Along with this, batteries 107, Il+. 1+2 as unit 86. 87. The cord and connector for connecting to side frame 37. 39 and outer side plate 38. 40, the shadows of these connectors and the like will not appear on the display panel 42.

By the way, selection of the language of the guidance voice using the changeover switch 102 can be done at the time of manufacture, but it can also be easily done when installing the guidance light fixture in a building. To change the language of the guidance voice, for example, first remove the left outer side plate 40, and then remove the display panel 42. Next, the operator of the changeover switch 102 on the unit force bar 96 is operated through the open opening 32 of the instrument body 31. After that, the display panel 42 is attached again, and then the left outer side plate 40 is attached.

In addition, batteries 1G7, II1. 112, first inspect the outer side plate 38. Remove 40.

and wing nut 110. 115 to screw 109,
114, remove the connector, and remove the side frame 37. 39 to battery holder 108. 1
Remove 13. Furthermore, these battery holders 108, 11
3 to batteries 107,111. Remove 112. Next, a new battery 107 . is placed in the battery holder 108 , 113 .
III. After fitting and installing the connectors 1G9 and 114, connect the connector and tighten the screws 1G9, 114 and wing nuts 110. 115, the side frame 37
．． 39, a battery holder 108. Install IN. Finally, the outer side plate 311. Install 40.

In this way, the outer surface plate 38. 40, but without removing the display panel 42, the battery 107. 11
1. 1-12 can be inspected or replaced, and this can be done not from above but from the left and right sides, so batteries 107, II1. 11
2. Maintenance such as inspection and replacement is easy.

At this time, in particular, the speaker storage battery 111 and the xenon lamp storage battery 112 are both installed between the same right side frame 37 and the right outer side plate 38, but both batteries 111. By fixing the batteries 112 with directionality, misuse of these batteries 111 and 112 of different types is prevented. That is, both batteries 111 and 112 are fitted side by side in one battery holder +13 which has approximately the same height as the right side frame 37, and the screws 114 which are deviated downward in the right side frame 37 are aligned vertically. Battery 111
, 112, and the battery holder IN and both batteries 112. 113 is fixed with directionality, and the connectors connected to both batteries 111 and 112 are introduced from above and below, respectively.
Both batteries 111. 112 connection errors are reliably prevented.

By the way, since the fluorescent lamp 62 is elongated, the main body 31 of the apparatus inevitably becomes long in the left-right direction, which is the length direction of the fluorescent lamp 62. According to the above configuration, the batteries 107 and 111 are provided on the side surface inside the instrument main body 31.
．． 112, the complex guidance sound control unit 86 and blinking control unit 87 can be elongated in the left and right direction and arranged side by side in the lower frame 36, which is open on the lower surface of the instrument main body 31. can. In this way, the space within the instrument body 3l can be used effectively,
This instrument main body 3l can be made thinner in the front-rear direction. Moreover, as explained earlier, both units 86.
Since the heat from the fluorescent lamp 62 is not easily transmitted to the fluorescent lamp 87, there is no need to thicken the appliance body 3l for heat radiation, and the appliance body 31 can be made even thinner.

In addition, in the conventional guide light equipment shown in FIG. 6, the guide display panel 2 includes a speaker hole 26 and a xenon lamp hole 2.
7 was integrally formed, a dedicated display panel 2 had to be used, and the display panel of a conventional guide light fixture that does not have a speaker etc. could not be used. However, according to the structure of the above embodiment, the xenon lamp hole 79
．． 80 is formed on the lower frame 36 and the lower plate 35, and the speaker panel 43 and the guidance display panel 42 are formed.
Since it is made into a separate body, it is possible to use the versatile display panel of the conventional guide light equipment, which does not have a speaker or the like.

〔Effect of the invention〕

According to the present invention, since the battery is disposed on the left and right sides of the main body of the device, which is shaped like a rectangular parallelepiped box and has a guidance display panel in the front opening, the guidance sound control unit and the flashing control unit can be made elongated. Therefore, the device body can be made thinner, especially in the front-rear direction, and both units are located on the lower surface of the device body. This makes it difficult for the heat generated by the main lamp, which faces the guidance display panel, to be transmitted to both units within the appliance body, eliminating the need to make the appliance body thicker for heat dissipation, making the appliance body even thinner. can be converted into

In addition, the side surface of the device body is made up of an inner side plate and a removable outer side plate, and the battery is placed between the inner side plate and the outer side plate, so the battery can be placed on the bottom side of the device body. Unlike in the previous case, there is no need to remove the guidance display panel.
In addition, the battery can be inspected, replaced, etc. from a direction that is convenient for work, and maintenance of the battery is facilitated.

Furthermore, in the guide light device of claim 2, a plurality of batteries are lined up and removably fitted in a substantially box-shaped battery holder, and the battery holder is inserted through the inner side plate of the device body between the plurality of batteries. Since it can be attached and detached with direction using screws,
Misconnection of a plurality of batteries of different types can be prevented, and misuse thereof can be prevented.

In addition, in the guide light fixture of claim 3, a changeover switch for switching the type of guide sound is disposed on the unit cover that is fixed to the lower surface of the fixture body and covers the flashing control unit and the guide sound control unit. Even during construction, the type of induction sound can be easily switched.

[Brief explanation of the drawing]

FIG. 1 is an exploded perspective view showing one embodiment of the guide light fixture of the present invention, FIG. 2 is a partially exploded perspective view of the same, FIG. 3 is a perspective view of the same, and FIG. 4 is a plan view of the same, and FIG. FIG. 5 is a front view with the guidance display panel removed, and FIG. 6 is a partially exploded perspective view showing an example of a conventional guidance light fixture. 31... Apparatus main body, 32... Opening, 37... Right side frame as inner side plate, 38... Right outer side plate, 39
...Left side frame as inner side plate, 40...Left outer side plate, 42...Guidance display panel, 62...Fluorescent lamp as main lamp, 71...Speaker for generating induction sound, 7
8.. Xenon lamp as a flashing lamp, 86.. Guidance sound control unit, 87.. Flashing control unit, 96.
・Unit power bar 102 ・Selector switch, 107 ・
・Storage battery for fluorescent lamps, 111 ●Storage battery for speakers, 112 ・・Storage battery for xenon lamps, IN
●Battery holder, 114 screw. Invented on June 16, 1989 by Katsumata Ikuo and Takai Homare

Claims (3)

[Claims] (1) A device body formed into a substantially rectangular parallelepiped box shape with an opening at least on the front side and a guidance display panel provided in the opening, and a main lamp provided within the device body opposite to the guidance display panel. , a flashing lamp provided on the outer shell of the device body, a speaker for generating guiding sound provided in the device body, a blinking control unit provided in the device body to control the blinking lamp, and the device. A guidance sound control unit provided in the main body to control the speaker, and a battery detachably provided in the device main body to serve as a power source for the main lamp, flashing control unit, and guidance sound control unit, the device main body The blinking control unit and the guidance sound control unit are disposed on the lower surface of the device, and the left and right side surfaces of the instrument body are composed of an inner side plate and a removable outer side plate, and the inner side plate and the outer side plate are connected to each other. A guide light fixture, characterized in that the battery is disposed between the batteries. (2) A plurality of batteries of different types are provided, the plurality of batteries are lined up and removably fitted in a substantially box-shaped battery holder, and the battery holder is attached to the inner side plate of the device body. 2. The guide light device according to claim 1, wherein the guide light device is detachably attached in a directional manner by a screw passing between the batteries. (3) A switch is connected to the guidance sound control unit to change the type of guidance sound generated, and the unit cover is fixed to the bottom of the equipment body and covers the blinking control unit and the guidance sound control unit. The guide light fixture according to claim 1, further comprising the changeover switch.